Flexible PCBs (FPC) and rigid-flex PCBs serve as the "precision motion nerves" in robots, undertaking core tasks of real-time signal transmission, compact structural integration, and stable operation under repeated mechanical movements.

From industrial robotic arms and collaborative robots to service robots and medical robots, their outstanding flexibility, durability, and miniaturization features directly enhance robots' motion precision, response speed, and operational stability, fueling the advancement of intelligent robotics.